Key Takeaways: Reflective microscope objectives are revolutionary in optical design, addressing challenges such as chromatic aberration and enabling diffraction-limited performance across a wide wavelength range. Their mirror-based construction reduces chromatic aberration and extends working distances, while maintaining stability and precision through uniform thermal coefficients. The two-mirror Schwarzschild objective exemplifies meticulous alignment for optimal performance. These […]
Freeform optics design enhances FOV and functionality compared to traditional optics, but requires advanced manufacturing techniques.
Key Takeaways SWIR Camera Surveillance uses SWIR light to achieve superior SWIR imaging in conditions where visible light fails. SWIR light penetrates fog and smoke better than visible light, providing clearer images. SWIR imaging is unaffected by heat haze and atmospheric variations, ensuring consistent quality. SWIR cameras use sensors like InGaAs or MCT, often integrating […]
Optics for drones with infrared sensors create an advanced optical system for enhanced surveillance in various drone applications.
The advantage of optical domes is protecting custom domes and optical components from underwater pressure.
The Germanium Optical Dome ensures optical clarity for drones by protecting optical instruments and maintaining their performance.
Key Takeaways Optics for LiDAR and sensing are crucial for a LiDAR system, which uses a laser to measure distances by calculating the time it takes for light to return—essentially answering what is LiDAR. LiDAR technology has advanced from its early use in satellite tracking to applications in mapping and autonomous vehicles. Modern LiDAR systems […]
Micro prisms are designed with precision to handle specific wavelengths and coatings, optimizing performance in any optical system.
C-Lens manufacturing demands high-quality micro lenses with excellent surface quality and cost-effective production methods.
Key Takeaways Micro-optics, including lenses used in biomedical sensors and optical fibers, enable advanced miniaturized technologies. These tiny components enhance consumer products and biomedical devices with their precision. Manufacturing methods include traditional techniques, photoresist reflow, and soft lithography. Micro-optics are often integrated into microsystems or produced in arrays for various applications. The Power of Micro-Optics […]
